Brad Johnson at 18:36, 14 March 2013

2013-03-14T18:36:28Z

Brad Johnson: Created page with "Before the advent of digital audio; most people were not concerned with the very small, but finite delay between when an analog audio signal entered a piece of analog audio equip..."

2013-03-13T16:56:54Z

Created page with "Before the advent of digital audio; most people were not concerned with the very small, but finite delay between when an analog audio signal entered a piece of analog audio equip..."

New page

Before the advent of digital audio; most people were not concerned with the very small, but finite delay between when an analog audio signal entered a piece of analog audio equipment and when the corresponding signal exited. Analog delays are extremely short in terms of human perception and are therefore, for all practical purposes, non-existent. For this reason, most people would consider analog audio circuitry to have “zero latency.”

By contrast, there are a number of approaches to generating a [[low-latency]] monitor mix used in headphone cue mix monitoring during recording and overdubbing with a digital audio system. Due to the nature of human perception, many people consider this to be close enough to zero latency to be workable, with a delay of 1-3 milliseconds. By contrast, analog circuitry delays are typically in the order of one to ten thousand times shorter in time.
*Even if one could argue that a delay in the range of 1-3 milliseconds is perceivable in the right circumstances, in human terms most analog audio circuitry has no latency.
[[Category:Terminology]]

@@ Line 1: / Line 1: @@
-Before the advent of digital audio; most people were not concerned with the very small, but finite delay between when an analog audio signal entered a piece of analog audio equipment and when the corresponding signal exited. Analog delays are extremely short in terms of human perception and are therefore, for all practical purposes, non-existent. For this reason, most people would consider analog audio circuitry to have “zero latency.”
+Before the advent of digital audio; most people were not concerned with the very small, but finite delay between when an analog audio signal entered a piece of analog audio equipment and when the corresponding signal exited. Analog delays are extremely short in terms of human perception and are therefore for all practical purposes, non-existent. For this reason, most people would consider analog audio circuitry to have “zero latency.”
-By contrast, there are a number of approaches to generating a [[low-latency]] monitor mix used in headphone cue mix monitoring during recording and overdubbing with a digital audio system. Due to the nature of human perception, many people consider this to be close enough to zero latency to be workable, with a delay of 1-3 milliseconds. By contrast, analog circuitry delays are typically in the order of one to ten thousand times shorter in time.
+By contrast, there are a number of approaches to generating a [[low-latency]] monitor mix used in headphone cue mix monitoring during recording and overdubbing with a digital audio system. Due to the nature of human perception, many people consider this to be close enough to zero latency to be workable, with a delay of 1-5 milliseconds. By contrast, analog circuitry delays are typically in the order of one thousand to ten thousand times shorter in time.
-*Even if one could argue that a delay in the range of 1-3 milliseconds is perceivable in the right circumstances, in human terms most analog audio circuitry has no latency.
 [[Category:Terminology]]

Zero-latency - Revision history

Brad Johnson at 18:36, 14 March 2013

Brad Johnson: Created page with "Before the advent of digital audio; most people were not concerned with the very small, but finite delay between when an analog audio signal entered a piece of analog audio equip..."