Difference between revisions of "Mixing console/Gain structure and metering (Q913)"

From CompetenceBase

An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal...

(‎Created claim: owner (P48): ESSENCE (Q466), #quickstatements; #temporary_batch_1720699521300)
(‎Created claim: licence (P56): CC BY-NC-SA 4.0 (Q473), #quickstatements; #temporary_batch_1720699597552)
Property / licence
 +
Property / licence: CC BY-NC-SA 4.0 / rank
 +
Normal rank

Revision as of 12:06, 11 July 2024

An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal...
Language Label Description Also known as
English
Mixing console/Gain structure and metering
An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal...

    Statements

    30
    0 references
    10
    0 references
    signal-to-noise ratio (English)
    0 references
    headroom in analog systems (English)
    0 references
    headroom in digital systems (English)
    0 references
    reference levels (-10 dBV, +4 dBu, 0 dB FS) and their applications (English)
    0 references
    techniques to improve signal-to-noise ratio (English)
    0 references
    difference between RMS, peak, and true-peak metering (English)
    0 references
    loudness metering according to EBU R-128. (English)
    0 references
    gain structure optimization (English)
    0 references
    0 references
    0 references

    ESCO description

    Sectoral layer

    Assessment

    References

     

    Wikidata