Difference between revisions of "AES sync"
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==Basics== | ==Basics== | ||
The AES3 digital audio format is "self-clocking" in that the same signal carries both an embedded clock and the digital data. This allows for the use of a single connection to carry stereo digital audio form one device to another without the need for any other form of "[[clock]]" connection. | The AES3 digital audio format is "self-clocking" in that the same signal carries both an embedded clock and the digital data. This allows for the use of a single connection to carry stereo digital audio form one device to another without the need for any other form of "[[clock]]" connection. | ||
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==Connections== | ==Connections== | ||
The AES3 standard specifies connections with both 110 Ohm [[XLR]]/twisted pair cables and 75 Ohm [[BNC]]/[[coaxial]] cables. Most AES sync connections take the BNC form; and thus have a 75 Ohm termination. For short cable lengths; the difference in impedance can be ignored and a simple wired [[adapter]] or [[adapter cable]] used to adapt an XLR source to the BNC input. | The AES3 standard specifies connections with both 110 Ohm [[XLR]]/twisted pair cables and 75 Ohm [[BNC]]/[[coaxial]] cables. Most AES sync connections take the BNC form; and thus have a 75 Ohm termination. For short cable lengths; the difference in impedance can be ignored and a simple wired [[adapter]] or [[adapter cable]] used to adapt an XLR source to the BNC input. | ||
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=Lavry Products= | =Lavry Products= | ||
| + | *LavryGold AD122-96MkIII [http://www.lavryengineering.com/products/pro-audio/ad122-96-mkiii.html for more information click here] | ||
*LavryBlue 4496 [http://www.lavryengineering.com/products/pro-audio/lavryblue-m-sync.html for more information click here] | *LavryBlue 4496 [http://www.lavryengineering.com/products/pro-audio/lavryblue-m-sync.html for more information click here] | ||
*LavryBlack AD11 [http://www.lavryengineering.com/products/pro-audio/ad11.html for more information click here] | *LavryBlack AD11 [http://www.lavryengineering.com/products/pro-audio/ad11.html for more information click here] | ||
*LavryBlack AD10 [http://www.lavryengineering.com/products/pro-audio/ad10.html for more information click here] | *LavryBlack AD10 [http://www.lavryengineering.com/products/pro-audio/ad10.html for more information click here] | ||
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| + | [[Category:Terminology]] | ||
| + | [[Category:Audio conversion]] | ||
Latest revision as of 13:25, 5 December 2012
Overview
The term "AES sync" refers to the use of an AES3 digital audio signal as a clock source of synchronization in digital audio systems.
Basics
The AES3 digital audio format is "self-clocking" in that the same signal carries both an embedded clock and the digital data. This allows for the use of a single connection to carry stereo digital audio form one device to another without the need for any other form of "clock" connection.
Connections
The AES3 standard specifies connections with both 110 Ohm XLR/twisted pair cables and 75 Ohm BNC/coaxial cables. Most AES sync connections take the BNC form; and thus have a 75 Ohm termination. For short cable lengths; the difference in impedance can be ignored and a simple wired adapter or adapter cable used to adapt an XLR source to the BNC input.
Lavry Products
- LavryGold AD122-96MkIII for more information click here
- LavryBlue 4496 for more information click here
- LavryBlack AD11 for more information click here
- LavryBlack AD10 for more information click here