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Centralizes control of audio signals. Typical settings include gain staging, EQ adjustments, and channel assignment.

Adjusts frequency bands to tailor the sound. Typical settings involve cutting or boosting certain frequencies to reduce feedback and shape tone.

Provides personalized mixes to performers using earpieces. Typical settings may include individual volume controls and mix balances.

Loudspeaker placed on stage directed towards performers. Typical settings might include EQ adjustments to avoid feedback and match the acoustics of the stage.

Enhances and manipulates audio signals. Typical settings could be compressors, limiters, or reverb levels to ensure clarity and prevent peaks.

Captures crowd and room sound for the performers' monitors. Typical settings might involve placement and volume levels to create a natural listening experience.

Operates the audio console that controls the performers' monitor mixes. Typical actions include dynamically adjusting levels and EQ during a performance.

Reduces or eliminates the howling sound of feedback. Typical methods include notch filters, sound check procedures, and monitor placement adjustments.

Boosts the low-level audio signal to a level suitable for loudspeakers. Typical settings include gain adjustments and sometimes built-in DSP.

Ensures reliable wireless transmission. Typical settings include selecting clear frequencies and setting appropriate squelch levels to avoid interference.

Provide a wider sound coverage on stage for performers. Typical settings involve alignment with main monitors and level adjustments to blend with the stage mix.

Allows performers to communicate and receive cues without audience awareness. Typical settings include discrete channels and volume adjustments.

Enhances or creates a sense of space in the monitor mix. Typical settings include adjusting reverb time and level to match the natural room.

Visual representation of the stage setup. Important for planning monitor placements and identifying potential feedback zones.