Music & Audio Advice Studio Monitor Calibration 2 — Questions and Answers
Question 1: What is the primary purpose of acoustic treatment before calibrating studio monitors?
- To control room reflections and modes so measurements reflect true monitor output (Correct answer)
- To make the monitors physically louder
- To change the monitor's frequency response curve internally
- To reduce the need for a measurement microphone
Correct answer: To control room reflections and modes so measurements reflect true monitor output
Acoustic treatment tames reflections and room modes so calibration measures the room-plus-monitor response accurately.
Question 2: Which measurement microphone type is standard for room calibration?
- A dynamic vocal microphone
- An omnidirectional measurement microphone with a calibration file (Correct answer)
- A ribbon microphone
- A shotgun microphone
Correct answer: An omnidirectional measurement microphone with a calibration file
Omnidirectional measurement mics with calibration files capture flat, uniform response across the room.
Question 3: At what listening level (SPL) are monitors commonly calibrated for film/cinema mixing per industry standard?
- 65 dB SPL
- 85 dB SPL per channel (pink noise) (Correct answer)
- 100 dB SPL
- 55 dB SPL
Correct answer: 85 dB SPL per channel (pink noise)
Cinema calibration standards target 85 dB SPL per channel using pink noise.
Question 4: What does a room mode cause at specific frequencies in a listening room?
- A uniform boost across all frequencies
- Peaks and nulls (standing waves) at certain low frequencies (Correct answer)
- Increased high-frequency clarity
- Complete elimination of bass
Correct answer: Peaks and nulls (standing waves) at certain low frequencies
Room modes create standing waves that produce peaks and nulls at particular low frequencies depending on room dimensions.
Question 5: Why should you avoid placing a monitor directly in the corner of a room during calibration?
- It improves stereo imaging
- It causes excessive bass buildup (boundary reinforcement) (Correct answer)
- It increases treble harshness only
- It has no measurable effect
Correct answer: It causes excessive bass buildup (boundary reinforcement)
Corner placement boosts low frequencies through boundary reinforcement, skewing the response.
Question 6: What is the equilateral triangle rule in monitor setup?
- Monitors and listener form a triangle with equal distances between all three points (Correct answer)
- Monitors are placed in a straight line with the listener
- The listener sits twice as far as the monitor spacing
- Monitors face away from the listener
Correct answer: Monitors and listener form a triangle with equal distances between all three points
The listener and the two monitors should form an equilateral triangle for accurate stereo imaging.
Question 7: What does pink noise provide that white noise does not, for calibration purposes?
- Equal energy per octave, matching how we perceive frequency balance (Correct answer)
- More high-frequency energy
- A single test tone
- Silence between bursts
Correct answer: Equal energy per octave, matching how we perceive frequency balance
Pink noise has equal energy per octave, aligning with logarithmic human hearing for level calibration.
Music & Audio Advice Studio Monitor Calibration 2
What is the primary purpose of acoustic treatment before calibrating studio monitors?