AES sync - Revision history

Brad Johnson at 19:25, 5 December 2012

2012-12-05T19:25:58Z

Brad Johnson at 18:05, 5 December 2012

2012-12-05T18:05:49Z

Brad Johnson at 18:03, 5 December 2012

2012-12-05T18:03:27Z

Brad Johnson at 18:02, 5 December 2012

2012-12-05T18:02:56Z

Brad Johnson: Created page with "==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==..."

2012-12-05T17:48:27Z

Created page with "==Overview== The term "<nowiki>AES sync</nowiki>" refers to the use of an AES3 digital audio signal as a clock source of synchronization in digital audio systems. ==Basics==..."

New page

==Overview==
The term "<nowiki>AES sync</nowiki>" 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, such as [[Word Clock]].

@@ Line 9: / Line 9: @@
 =Lavry Products=
 *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]

@@ Line 4: / Line 4: @@
 ==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=
 *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 AD10 [http://www.lavryengineering.com/products/pro-audio/ad10.html for more information click here]

@@ Line 5: / Line 5: @@
 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.
+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=
 *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 AD10 [http://www.lavryengineering.com/products/pro-audio/ad10.html for more information click here]

← Older revision		Revision as of 18:02, 5 December 2012
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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~~, such as~~ [[~~Word Clock~~]].	+	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=
		+	*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 AD10 [http://www.lavryengineering.com/products/pro-audio/ad10.html for more information click here]