Difference between revisions of "digital signal lines (Q906)"
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(Changed claim: knowledge detail (EN) (P35): AES50) | (Changed claim: knowledge detail (EN) (P35): AES50) | ||
| Property / knowledge detail (EN): AES50 (English) / qualifier | |||
| + | knowledge content: physical layer (English) | ||
| Property / knowledge detail (EN): AES50 (English) / qualifier | |||
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Revision as of 19:29, 22 July 2024
theoretical and practical aspects of digital signal transmission
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | digital signal lines | theoretical and practical aspects of digital signal transmission |
Statements
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AES3 (English)
common connectors (English)
physical layers (English)
digital format (English)
clocking (English)
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MADI (English)
common connectors (English)
physical layers (English)
digital format (English)
clocking (English)
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AES50 (English)
common connectors (English)
physical layer (English)
digital format (English)
clocking (English)
special status: point-to-point and packet-based transmission (English)
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fundamental concepts (English)
physical layers and digital formats (English)
interleaving / time-division multiplex (English)
in-band clocking (English)
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S/PDIF (English)
common connectors (English)
physical layers (English)
digital format (English)
clocking (English)
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This section focuses on transport via ultra-low-latency point-to-point links, not packet-based data networks. In the digital world, even the most simple connections are interleaved multichannel, with channel counts ranging from 2 to 64, and the clock is usually transmitted along with the data in different ways. (English)
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Dieser Abschnitt widmet sich der Übertragung digitaler Daten durch direkte Punkt-zu-Punkt-Verbindungen mit minimaler Latenz, nicht durch paketbasierte Datennetzwerke. In der digitalen Welt sind auch die einfachsten Verbindungen durch Zeitmultiplex-Verfahren bereits mehrkanalog, mit Kanalzahlen zwischen 2 und 64. Der Takt wird üblicherweise in den Datenstrom eingebettet. (German)
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