Generally, latency over 10 milliseconds can produce an audible delay between playback of existing tracks and monitoring. In Adobe Audition, this discrepancy in playback delay, between existing tracks and monitoring inputs, is where latency is most noticeable. Existing audio (that is, audio files on a track in the Multitrack) doesn't exhibit the same amount of latency since the tracks are already digitized. Each of these steps contributes to the audio latency which is measured in milliseconds (ms). Then, it's converted back to analog form so it can be heard (monitored) at the sound card outputs. The audio signal is digitized, routed through Adobe Audition then any effects applied processes it. Adobe Technical Support can use this information to better assist you, if you call.ДЄudio Latency is the time that an audio signal takes to pass from the sound card input to the sound cards output. Record the tasks you perform and the results of each, including errors or other problems. To benefit most from this document, perform the tasks in order. It's possible that it's the only application that is memory-intensive or processor-intensive enough to expose the problem.

Although some problems occur only when you work with Adobe Audition, Adobe Audition isn't necessarily the cause. Delay in playback while monitoring audio inputs or recording.Дifferent factors can cause recording or playback problems, including conflicts among device drivers, software, and hardware, and corrupt elements in specific files.Audio is monitored through the system but the recorded audio file is empty.Recording problems can manifest themselves in many different ways, including (but not limited to) the following:

ET will increase by the specified time-based units.This document can help you resolve problems that occur while you record, playback, or monitor in Adobe Audition CS5.5, CS6, or CC. When the TOF instruction is triggered and the measurement start bit is turned OFF, the elapsed time. ET will be reset to 0 because the TOF instruction is triggered. When start measurement is on (turned on), the elapsed time. When start measurement is off (turned off), the elapsed time. ET will increase by the specified time-based units because the TON instruction is triggered.

The ET value is displayed in units of 1 s. The PT value is specified and displayed in units of 1 s. Setting range = 0 to 2147483 x 100 milliseconds The ET value is displayed in units of 0.1 s. The PT value is specified and displayed in units of 0.1 s. Setting range = 0 to 21474836 x 10 milliseconds The ET value is displayed in units of 10 milliseconds. The PT value is set and displayed in units of 10 milliseconds. Specify the time in units of 10 milliseconds. Setting range = 0 to 214748364 x 1 millisecond The ET value is displayed in millisecond units. The PT value is specified and displayed in millisecond units. Specify the time in units of 1 millisecond. Enter the preset time in this dialog box.ДЇor time-based settings, double-click the timer instruction to display the setup dialog box. The following table lists the internal structures.Дouble-click the timer instruction to display the following dialog box. Timer variables used in TON and TOF instructions are structure variables. 32.7.1.1 Explanation of the ON Delay Timer (TON) and OFF Delay Timer (TOF) Instructions 32.7.1.1 Explanation of the ON Delay Timer (TON) and OFF Delay Timer (TOF) Instructions

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