![]() ![]() The universal ASIO driver "ASIO4ALL" from Michael Tippach might be a possible solution. Please note that simple sound cards or on-board sound chips without ASIO driver support do not allow the adjustment of the latency. Using simple sound cards and on-board sound chips under Windows Refer to the operation manual of your Cubase/Nuendo version for further details. A click on the "Settings." button or the audio hardware entry > "Control Panel" opens the control panel of the active ASIO driver. Depending on the program version you'll find the entry of your audio interface in the "Devices" list under "Multitrack", "VST Audiobay" or "VST Audiosystem". ![]() Cubase and Nuendo: In Cubase/Nuendo the control panel of the ASIO driver can also be accessed in the "Device Setup" dialog ("Devices > Device Setup.").Refer to the manual of your audio interface for further details. The audio card settings can be accessed in the Start menu under "(All) Programs" or via a corresponding symbol in the Quick Launch Bar of Windows. Under Windows, the buffer/latency setting can be made in the control panel of the ASIO driver of the audio card. Here you can enter the buffer size directly or, after clicking the "Settings." button or the audio hardware entry -> "Control Panel", in another dialog window. Depending on the program version you'll find the entry of your audio interface in the "Devices" list under "Multitrack", "VST Audiobay" or "VST Audio System". Cubase and Nuendo: In Cubase and Nuendo the latency of the audio interface can be set in the dialog "Device Setup" ("Devices > Device Setup.").Under Mac OS X the buffer/latency can be adjusted in the respective application. For example, elaborate tasks like the calculation of demanding effects or the usage of complex virtual synthesizers ask for higher latencies than the basic playback of audio files. The respective application also plays a decisive role. ![]() The lowest possible latency depends on many factors, particularly on the audio interface, the corresponding driver and the general performance of the computer. Crackles and clicks or stuttering playback are typical signs of an overcharged system. If the buffer is too small, the audio card has not enough time for processing the audio signal completely. Unfortunately, the buffer cannot be set to any desired value. The bigger the buffer, the more time is available for the system to process the signal and the longer is the latency/delay of the signal. SolutionÄedicated audio interfaces offer the possibility to adjust the latency by changing the buffer size. Demanding users can be annoyed even by a delay of a few milliseconds, latencies of 20 ms or more are clearly audible to less trained ears. The consequent delay is referred to as latency and mainly caused by the so-called buffer of the audio card driver. Most crucial is the period between the moment in which the sequencer (Cubase, Nuendo) is passing an audio signal to the audio hardware and the moment in which the signal is actually available at the analog output of the audio interface and thus audible. Every computer-based music system needs some time for calculating and generating audio. ![]()
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