reaper error initializing asio driver 2i2

The application writes the data into a buffer Here is a summary of the latencies in the render path: The following diagram shows a simplified version of the Windows audio stack. It is equal to render latency + touch-to-app latency. It is roughly equal to render latency + capture latency.ĭelay between the time that a user taps the screen until the time that the signal is sent to the application.ĭelay between the time that a user taps the screen, the event goes to the application and a sound is heard via the speakers.

Changes in WASAPI to support low latency.ĭelay between the time that an application submits a buffer of audio data to the render APIs, until the time that it is heard from the speakers.ĭelay between the time that a sound is captured from the microphone, until the time that it is sent to the capture APIs that are being used by the application.ĭelay between the time that a sound is captured from the microphone, processed by the application and submitted by the application for rendering to the speakers.

The new AudioGraph API for interactive and media creation scenarios.

Provide a reference on how application developers and hardware manufacturers can take advantage of the new infrastructure, in order to develop applications and drivers with low audio latency.

Explain the changes that reduce audio latency in the Windows 10 audio stack.

Describe the sources of audio latency in Windows.

Windows 10 includes changes to reduce the audio latency. Having low audio latency is very important for several key scenarios, such as the following. OverviewĪudio latency is the delay between that time that sound is created and when it is heard. It covers API options for application developers as well as changes in drivers that can be made to support low latency audio.

This topic discusses audio latency changes in Windows 10.

Reaper error initializing asio driver 2i2