Difference between revisions of "Digital systems/Latency (Q976)"

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Analog systems work at the speed of light in copper, which is to say, without any perceptible delay. All digital systems however introduce a little bit of latency, and it accumulates along the signal chain.

(‎Added qualifier: knowledge content (P58): non-critical signal paths: large-area sound reinforcement, recording)
(‎Added qualifier: knowledge content (P58): packetized transport (e.g. Ethernet))
Property / knowledge detail (EN): causes of latency along the signal chain (English) / qualifier
 +
knowledge content: packetized transport (e.g. Ethernet) (English)

Revision as of 07:27, 12 July 2024

Analog systems work at the speed of light in copper, which is to say, without any perceptible delay. All digital systems however introduce a little bit of latency, and it accumulates along the signal chain.
Language Label Description Also known as
English
Digital systems/Latency
Analog systems work at the speed of light in copper, which is to say, without any perceptible delay. All digital systems however introduce a little bit of latency, and it accumulates along the signal chain.

    Statements

    15
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    the concept of latency (English)
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    causes of latency along the signal chain (English)
    sample rate and system latency (English)
    packetized transport (e.g. Ethernet) (English)
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    optimizing system latency (English)
    non-critical signal paths: large-area sound reinforcement, recording (English)
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    SQQ7 - 8.1.4
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    ESCO description

    Sectoral layer

    Assessment

    References

     

    Wikidata